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Next NanoInnovation Conference

Rome, 20 - 23 September 2022

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CONFERENCE PRESENTATIONS ARE NOW AVAILABLE ONLINE
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NanoInnovation 2021 Conference presentations are now available online in the section “Daily Schedule”.  Choose the daily plan of your interest, select the title of the symposium and then click on the icon next to the Speaker's photo to download the presentation, after logged in. As presentations are continuously uploaded on the website, we recommend to check it constantly.

 

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ARTES 4.0 and ISAAC PROJECT at SNS: fluorescence microscopy and deep-learning algorithms for nanomedicine

23 SEPTEMBERClessidre 8948214:00 - 15:30

 
  go to QR-CODETT.VII.E qr code
ROOM 5
MICROSCOPY, CHARACTERIZATION AND IMAGE ANALYSIS
IMAGE ANALYSIS
TT.VII Technical Multi-Track with Parallel SYMPOSIA
ARTES 4.0 and ISAAC PROJECT at SNS: fluorescence microscopy and deep-learning algorithms for nanomedicine
Co-organized with Scuola Normale Superiore
Chairs: Pasqualantonio PINGUE & Francesco CARDARELLI - CV, Scuola Normale Superiore

Capturing life (mis)regulation at the nanoscale is a crucial challenge for present and future biophysics. At this scale, the main actors are the molecules. To successfully tackle molecular behavior within living matter, two crucial requisites are typically needed: (i) high spatial resolution (e.g. nanometer), (ii) high temporal resolution (e.g. micro-to-millisecond).

In this context, optical microscopy is a valuable methodological platform: by using fluorescence as signal, spatial and temporal details of molecular processes can be investigated directly within living matter. A number of imaging methods based on fluorescence readouts (e.g. fluorescence fluctuations or lifetime) are currently used to increase the amount of quantitative information that can be extracted from optical microscopy measurements. The multimodal optical signatures collected are converging into the construction of a database of unprecedented complexity.

This in turn stimulates continuous efforts in the development and implementation of new deep-learning algorithms for data handling, analysis, and interpretation. If successful, these new tools are expected to open new perspectives in molecular biophysics and related fields, nanomedicine above all. To photograph the state of the art, a series of applications of advanced optical-microscopy and data-analysis tools to open issues of biological/biomedical interest will be presented and discussed.

The symposium is part of the Symposia 
TT.VII.E.1
SY.XVIII.1
Chiara CAPPELLI
Scuola Normale Superiore & Delegata al Trasferimento tecnologico e coordinatrice macronodo ARTES4.0@SNS
ARTES 4.0 and Technology Transfer at Scuola Normale Superiore
PPT eceded CAPPELLI Chiara
TT.VII.E.2
SY.XVIII.2
Francesco CARDARELLI - CV
NEST-Scuola Normale Superiore
Basic research and Healthcare 4.0: which relationship? A case study ... at the nanoscale
PPT eceded CARDARELLI Francesco 2021
TT.VII.E.3
SY.XVIII.3
Giuseppe BARILLARO - CV
University of Pisa
Microlenses for monitoring pathogens on surfaces by exploiting fluorescence microscopy with a smartphone
PPT col BARILLARO Giuseppe 2021
TT.VII.E.4
SY.XVIII.4
Marco CASADEI - CV
FLIMLABS
Perspectives on new generation of FLIM instrumentation
PPT eceded !UOMO
 

 
freccia SX f54Back to Thematic Workshops & Symposia   Back to Plan 23 September freccia DX f54
   

 

TT.VII.E qr code

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PROGRAM BOOK

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